| Safe Haskell | Safe-Inferred |
|---|---|
| Language | Haskell2010 |
Data.Diverse.ATraversable
Synopsis
- class ATraversable f c m xs where
- atraverse :: (Applicative m, IsTraversalCase c, xs' ~ TraverseResults c m xs) => c m xs -> f xs -> m (f xs')
Documentation
class ATraversable f c m xs where Source #
Given a Case that transforms each type in the typelist within an
Applicative context m, convert a f xs to m (f (,
where TraverseResults c m xs))( corresponds to TraverseResults c m xs)( with the
CaseResults (c m) xs)m layer peeled off from each result.
This is primarily meant to be used with Cases from the
Data.Diverse.CaseIxed module.
Methods
atraverse :: (Applicative m, IsTraversalCase c, xs' ~ TraverseResults c m xs) => c m xs -> f xs -> m (f xs') Source #
Instances
| ATraversable Many_ c m as => ATraversable Many c m as Source # | |
Defined in Data.Diverse.Many.Internal Methods atraverse :: forall (xs' :: [Type]). (Applicative m, IsTraversalCase c, xs' ~ TraverseResults c m as) => c m as -> Many as -> m (Many xs') Source # | |
| ATraversable Which c m ('[] :: [Type]) Source # | |
Defined in Data.Diverse.Which.Internal Methods atraverse :: forall (xs' :: [Type]). (Applicative m, IsTraversalCase c, xs' ~ TraverseResults c m '[]) => c m '[] -> Which '[] -> m (Which xs') Source # | |
| (Reiterate (c m) (a ': as), ATraversable Which c m as, Case (c m) (a ': as)) => ATraversable Which c m (a ': as) Source # | |
Defined in Data.Diverse.Which.Internal Methods atraverse :: forall (xs' :: [Type]). (Applicative m, IsTraversalCase c, xs' ~ TraverseResults c m (a ': as)) => c m (a ': as) -> Which (a ': as) -> m (Which xs') Source # | |